public void Week1_Task1()
{
var nameList = "Davis, Clyne, Fonte, Hooiveld, Shaw, Davis, Schneiderlin, Cork, Lallana, Rodriguez, Lambert";
var expected = "1. Davis, 2. Clyne, 3. Fonte, 4. Hooiveld, 5. Shaw, 6. Davis, 7. Schneiderlin, 8. Cork, 9. Lallana, 10. Rodriguez, 11. Lambert";
var result = Week1.Task1(nameList, ',');
result.ShouldBe(expected);
}
public void All_solutions_same()
{
var logins = PasscodeDerivation.KeyLog.Lines();
var edSolution = PasscodeDerivation.ShortestPhrase(logins).ToString();
var kevSolution = Week1.Computeaverage(logins);
var leeSolution = LeeSolution.Compute(logins);
Assert.AreEqual(edSolution, kevSolution);
Assert.AreEqual(edSolution, leeSolution);
}
public void TimeIdentifiersAreAlikeWhenTheyAreEqual()
{
Assert.True(AcademicYear.IsAlike(AcademicYear));
Assert.True(CalendarYear.IsAlike(CalendarYear));
Assert.True(FinancialYear.IsAlike(FinancialYear));
Assert.True(TaxYear.IsAlike(TaxYear));
Assert.True(AcademicYearQ1.IsAlike(AcademicYearQ1));
Assert.True(CalendarYearQ1.IsAlike(CalendarYearQ1));
Assert.True(FinancialYearQ1.IsAlike(FinancialYearQ1));
Assert.True(TaxYearQ1.IsAlike(TaxYearQ1));
Assert.True(January.IsAlike(January));
Assert.True(SpringTerm.IsAlike(SpringTerm));
Assert.True(ReportingYear.IsAlike(ReportingYear));
Assert.True(Week1.IsAlike(Week1));
Assert.True(FinancialYearPart1.IsAlike(FinancialYearPart1));
}
public void Kev_speed_of_alogithm()
{
var logins = PasscodeDerivation.KeyLog.Lines();
StatsCollection result = LinqPadUX.Measure.Action(() => Week1.Computeaverage(logins));
var builder = new StringBuilder();
result.WriteReportTable(new StringWriter(builder), 1f);
var temporaryFile = FileUtility.GetTemporaryFile(".html");
File.WriteAllText(temporaryFile, builder.ToString());
System.Diagnostics.Process.Start(temporaryFile);
//File.Delete(temporaryFile);
}
public void StepSecond()
{
if (Second1.FutureCount == 0)
{
throw new Exception("No future to step to");
}
PriceCandle candle = Second1.GetFuture(0);
// Close orders
List <TradingOrder> ClosingOrders = CheckOrderLimits(OpenOrders, candle);
foreach (TradingOrder closed_order in ClosingOrders)
{
this.OpenOrders.Remove(closed_order.OrderTicket);
this.ClosedOrders.Add(closed_order);
this.Cash += closed_order.Profit;
}
// Compute equity
this.Equity = Cash;
foreach (TradingOrder open_order in OpenOrders.Values)
{
Equity += open_order.ComputeValue(Prices.GetHistory(0));
}
Prices.Step();
Second1.Step();
if ((0 < Minute1.FutureCount) && (Prices.GetHistory(0).Time == Minute1.GetFuture(0).CloseTime))
{
Minute1.Step();
}
else
{
// if it is not the end of a minute the others also do not nee to step
return;
}
if ((0 < Minute15.FutureCount) && (Prices.GetHistory(0).Time == Minute15.GetFuture(0).CloseTime))
{
Minute15.Step();
}
if ((0 < Minute30.FutureCount) && (Prices.GetHistory(0).Time == Minute30.GetFuture(0).CloseTime))
{
Minute30.Step();
}
if ((0 < Hour1.FutureCount) && (Prices.GetHistory(0).Time == Hour1.GetFuture(0).CloseTime))
{
Hour1.Step();
}
if ((0 < Hour4.FutureCount) && (Prices.GetHistory(0).Time == Hour4.GetFuture(0).CloseTime))
{
Hour4.Step();
}
if ((0 < Day1.FutureCount) && (Prices.GetHistory(0).Time == Day1.GetFuture(0).CloseTime))
{
Day1.Step();
}
if ((0 < Week1.FutureCount) && (Prices.GetHistory(0).Time == Week1.GetFuture(0).CloseTime))
{
Week1.Step();
}
if ((0 < Month1.FutureCount) && (Prices.GetHistory(0).Time == Month1.GetFuture(0).CloseTime))
{
Month1.Step();
}
}
public Week1Tests()
{
_week1 = new Week1();
}
public void GetAssociatedRangeForWeeksReturnsAssociatedRange()
{
Assert.Equal(TimeIdentifierUtil.GetWeeks(), Week1.GetAssociatedRange());
}
public Week1Tests()
{
lesson1 = new Week1();
rand = new Random();
}